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16 lines
13 KiB
16 lines
13 KiB
<script>
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function getLifeCycleData() {
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return JSON.parse("{\"raw\": [{\"id\":\"first-raw\", \"title\":\"Diversity of materials\",\"description\":\"Number of different typologies of materials involved in the product. In general, less is better.\"}, {\"id\":\"second-raw\", \"title\":\"Amount and type of materials\",\"description\":\"Weight and material properties of the materials involved in the product. The less material has to be used in a product, or the longer it lasts, the less resources will be consumed in the production process.\"}, {\"id\":\"third-raw\", \"title\":\"Ecological rucksack of materials\",\"description\":\"It is the total quantity of materials moved from nature to create a product or service, minus the actual weight of the product.\"}, {\"id\":\"fourth-raw\", \"title\":\"Renewability\",\"description\":\"A renewable resource is a natural resource which can be replenished over time, either through biological reproduction or other naturally recurring processes.\"}, {\"id\":\"fifth-raw\", \"title\":\"Recyclability\",\"description\":\"The potential to recycle a material, taking into account the difficulty to separate it from other materials, its intrinsic characteristics and its content of toxic substances, which can damage an organism.\"}, {\"id\":\"sixth-raw\", \"title\":\"Recycled content & Recovered components\",\"description\":\"The proportion, by mass, of recycled material in a product or packaging. Products, components or parts of a production or waste stream captured or separated for reuse (without processing, which would be recycling).\"}, {\"id\":\"seventh-raw\", \"title\":\"Biodegradability\",\"description\":\"The capability of being decomposed by biological agents, especially bacteria.\"}, {\"id\":\"eighth-raw\", \"title\":\"Material's availability\",\"description\":\"Geographical location from which materials are obtained; and/or amount of resources (materials) that are fundamental for the product provided left in nature. Some substances (materials) are already scarce. Local materials are desirable due to shorter distances.\"}], \"prod\": [{\"id\":\"first-prod\", \"title\":\"Process complexity\",\"description\":\"It refers to the level of intricateness of the production process. It can be simplified as the number of production processes (the less, the better).\"}, {\"id\":\"second-prod\", \"title\":\"Overall efficiency of production\",\"description\":\"It refers to the capability to produce the desired results without wasting inputs of any type (materials, time or energy):Energy efficiency refers to the percentage of total energy that is consumed in useful work and not wasted as useless heat.Water efficiency refers to ensure a production technology that produces the desired results without wasting water.Materials efficiency refers to produce the desired results without wasting materials, often using better technology.\"}, {\"id\":\"third-prod\", \"title\":\"Renewability of energy\",\"description\":\"A renewable resource is a natural resource which can replenish with the passage of time, either through biological reproduction or other naturally recurring processes.\"}, {\"id\":\"fourth-prod\", \"title\":\"Origin of energy\",\"description\":\"The origin of energy refers to the geographical location from which it is obtained. Local energy is desirable.\"}, {\"id\":\"fifth-prod\", \"title\":\"Waste generation and treatment\",\"description\":\"It refers to the amount of waste generated in the production processes and the way it is treated. Thus, it is a consequence of an inefficient use of resources in production.\"}, {\"id\":\"sixth-prod\", \"title\":\"Closed/Open production cycle\",\"description\":\"Open loop systems are of linear nature, in which resource and capital investments move through the system to become waste, whereas closed loop systems are those where wastes can become inputs for new processes.\"}, {\"id\":\"seventh-prod\", \"title\":\"Production - market location\",\"description\":\"It refers to the geographical distance between the production place and the market for the given product/service. Generally, the shorter distance, the better. Can you reduce the distance between your production plance and the market?\"}], \"pack\": [{\"id\":\"first-pack\", \"title\":\"Standardization of packaging sizes\",\"description\":\"It refers to the use of packaging whose size complies with existing size standards. These standards have the aim to help the industry (incl. packaging, producers, transportation) by making mutually consistent decisions on the size of the elements (packaging), so all parties can realize mutual gains.\"}, {\"id\":\"second-pack\", \"title\":\"Amount and type of packaging materials\",\"description\":\"It refers to the quantity (weight) and the number of different typologies of materials involved in the packaging.\"}, {\"id\":\"third-pack\", \"title\":\"Packaging to Product ratio\",\"description\":\"Ratio between the volume or weight of the packaging and the volume or weight of the product. The smaller, the better.\"}, {\"id\":\"fourth-pack\", \"title\":\"Renewability\",\"description\":\"Packaging can be made of renewable materials.\"}, {\"id\":\"fifth-pack\", \"title\":\"Packaging recyclability, reuse or recovery rate\",\"description\":\"It refers to the percentage of packaging that can be effectively recycled, recovered and/or reused.\"}, {\"id\":\"sixth-pack\", \"title\":\"Recycled content\",\"description\":\"The proportion, by mass, of recycled material in a product or packaging.\"}, {\"id\":\"seventh-pack\", \"title\":\"Waste from packaging\",\"description\":\"It refers to the amount of waste generated related to the packaging (e.g. A reusable packaging will generate less waste than a disposable one).\"}, {\"id\":\"eighth-pack\", \"title\":\"Freight transport damage\",\"description\":\"It refers to the damage suffered by the products during their transport, partly due to the packaging used.\"} ,{\"id\":\"nineth-pack\", \"title\":\"Labelling\",\"description\":\"It refers to the labelling in place, which could identify the materials used in the packaging and, thus, provide an indication on the best waste management option for them.\"}], \"dist\": [{\"id\":\"first-dist\", \"title\":\"Environmental sustainability of logistics\",\"description\":\"It refers to the overall environmental performance of the logistics in place.\"}, {\"id\":\"second-dist\", \"title\":\"Efficiency of transported load\",\"description\":\"It refers to the optimization of the ratio between the transported load and the loading capacity or the transported volume and the volumetric capacity of the transportation mode.\"}, {\"id\":\"third-dist\", \"title\":\"Transportation routes and distances\",\"description\":\"It refers to the routes and distances used to transport goods from one place to another (routes may be quite straightforward or on the contrary redundant).\"}, {\"id\":\"fourth-dist\", \"title\":\"Ecofriendly driving\",\"description\":\"It refers to the practice of driving in such a way as to minimize fuel consumption and the emission of carbon dioxide.\"}, {\"id\":\"fifth-dist\", \"title\":\"Transportation system\",\"description\":\"It refers to the overall environmental impact of the transportation system used (train, ship, truck,...), thanks to which ransportation modes could be prioritized. For example, transporting 1 ton by ship is environmentally preferable than by train, and by turn, the train is preferable than the truck.\"}, {\"id\":\"sixth-dist\", \"title\":\"Technology of the vehicle\",\"description\":\"The technology of the vehicle conditions not only the performance of the vehicle but also its environmental impact, such as the exhaust gases released and the amount of fuel consumed. Some vehicles, such as cars, are classified according to eco-friendly technologies (EURO 4, EURO 5, etc...).\"}, {\"id\":\"seventh-dist\", \"title\":\"Renewability of fuels\",\"description\":\"It refers to the use renewable energy in vehicles. For example: biomass, electricity from solar panels or wind, etc.\"}], \"main\": [{\"id\":\"first-main\", \"title\":\"Reliability\",\"description\":\"It refers to the trustworthiness to do what the product/service is expected or designed to do (e.g. It will fulffill our expectations, it won't get broken, etc.).\"}, {\"id\":\"second-main\", \"title\":\"Environmental communication for the use\",\"description\":\"It refers to the (un)existence of environmental communication aspects aiming to promote an environmentally-friendly use by the user.\"}, {\"id\":\"third-main\", \"title\":\"Efficiency at use\",\"description\":\"It refers to the capability of the product to use materials and energy wisely and without generating waste during its use or performance.\"}, {\"id\":\"fourth-main\", \"title\":\"Energy use renewability\",\"description\":\"It refers to the capability of the product to use renewable energy when using it or recharging its batteries.\"}, {\"id\":\"fifth-main\", \"title\":\"Potential to customize the product\",\"description\":\"User customization allows for the customer to create a personalized variation of the initial design, which may create an attachment between the product and the user.\"}, {\"id\":\"sixth-main\", \"title\":\"Product's life span\",\"description\":\"The product's life span refers to the durability of the product, that is to say, for how long will it be used. There are several conditionants to it: timelessness, durability, adaptability, customer's appreciation and reusability.<br />The longer the life span, the better.\"}, {\"id\":\"seventh-main\", \"title\":\"Multifunctionality\",\"description\":\"Capacity to perform different functions, intrinsically-related to the design.\"}, {\"id\":\"eighth-main\", \"title\":\"Handling of the product / Ergonomics\",\"description\":\"Product ergonomics refer to the design factors intended to maximize productivity (results) while minimizing operator fatigue and discomfort.\"}, {\"id\":\"nineth-main\", \"title\":\"Storage potential\",\"description\":\"It refers to the ability to be stored occupying the minimal volume/area and freeing up space.\"}, {\"id\":\"tenth-main\", \"title\":\"Need of process materials\",\"description\":\"Process materials during the use stage are those materials necessary for the functioning of the product. Some products may require many process materials (e.g. A tonner in the case of a printing machine, or soap in the case of a washing machine) while others are designed to reduce its demand.\"}, {\"id\":\"eleventh-main\", \"title\":\"Waste generation during use or functioning\",\"description\":\"Amount of waste generated during the use or funtioning of your product.\"}, {\"id\":\"twelfth-main\", \"title\":\"Maintenance needs\",\"description\":\"Maintenance involves fixing any sort of mechanical, plumbing or electrical device should it become out of order or broken; it also includes performing routine actions which keep the device working in order or prevent trouble from arising.\"}, {\"id\":\"thirteenth-main\", \"title\":\"Upgrading possibilities\",\"description\":\"Upgrading is the process of replacing a product with a newer version of the same product, in order to bring the system up to date. The replacement of some parts of a product/service may upgrade it and improve its characteristics.\"}, {\"id\":\"fourteenth-main\", \"title\":\"Repairability\",\"description\":\"Ability of a damaged or failed equipment, machine or system to be restored to acceptable operating condition within a specified period (repair time). A product may be repairable while having low maintenance needs.\"}, {\"id\":\"fifteenth-main\", \"title\":\"Availability of spare parts\",\"description\":\"Spare parts, also known as service/repair/replacement parts, are an interchangeable part that is kept in an inventory and used for the repair or replacement of failed units.\"}], \"end\": [{\"id\":\"first-end\", \"title\":\"Separability of components and/or materials\",\"description\":\"Ability to separate the components and/or materials, in order to manage each of them in an adequate manner.\"}, {\"id\":\"second-end\", \"title\":\"Communication about end-of-life\",\"description\":\"It refers to the (un)existence of information regarding the end-of-life management of the product/service or its parts.\"}, {\"id\":\"third-end\", \"title\":\"Identifiability of materials\",\"description\":\"Information regarding the type of material, which is useful for an adequate waste management.\"}, {\"id\":\"fourth-end\", \"title\":\"Reusability\",\"description\":\"Capacity to use again a product .\"}, {\"id\":\"fifth-end\", \"title\":\"Environmentally-sound waste management\",\"description\":\"A given waste stream may be treated by means of different waste management systems and technologies, which probably have different environmental performance. An environmentally-sound management prioritizes material recovery and, secondly, energy recovery (and ultimately landfilling).\"}, {\"id\":\"sixth-end\", \"title\":\"Energy valorization potential\",\"description\":\"Potential to recover energy from waste (the greater, the better; having in mind that it is always preferrable to make a material recovery if possible).\"}]}");
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}
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function getKeyOfDataTable($title, $category) {
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$data = getLifeCycleData();
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$code = "Not found";
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$($data[$category]).each(function() {
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if(this.title == $title.replace("&", "&")) {
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$code = this.id
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}
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});
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return $code;
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}
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</script>
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